C/AV and Smart Mobility — Stream 1
ON, Canada
Funding for autonomous vehicles and smart mobility technologies
grant_single_labels|summary
grant_single|eligibleFinancing
- grant_single|projectCostPercent
grant_single|deadlines
- grant_single|openingDateSeptember 07, 2022
- grant_single|closingDateFebruary 09, 2023
- grant_single|grantStatusClosed
grant_single|financingType
Grant and Funding
grant_single|eligibleIndustries
- Manufacturing
- Transportation and warehousing
- Professional, scientific and technical services
- Public administration
grant_single|grantors
- Ontario Vehicle Innovation Network (OVIN)
grant_single|status
grant_card_status|closed
grant_single_labels|preview
Receive up to $100,000 in co-investment funding and strategic partners support to develop, test, validate and demonstrate connected and autonomous vehicle (C/AV) and smart mobility technologies.
grant_single_labels|projects
The eligible geographical area for this grant is specifically for companies based in Ontario, Canada. This requirement aligns with the program's emphasis on fostering local development and commercialization within the region.
- Ontario, Canada
grant_single|admissibleProjectsExample
$100,000
Validation of connected vehicle communication protocols
$100,000
Creating an autonomous shuttle service prototype
$100,000
Testing advanced collision avoidance systems in autonomous cars
$100,000
Development and testing of an intelligent traffic light system
$100,000
Pilot project for smart parking solutions
$100,000
Developing a smart mobility dashboard for Edmonton city management
grant_single_labels|admissibility
Eligibility for this grant is determined by specific criteria related to the applicant's size, location, and collaboration requirements.
- Applicants must be Small and Medium Enterprises (SMEs) with fewer than 500 global, full-time employees.
- Applicants must have operations in Ontario and conduct their project within Ontario.
- Projects must have at least one partner from the eligible partner categories, which include SMEs, national and multinational enterprises, academic institutions (as clients), municipalities, Indigenous communities, not-for-profit organizations representing industry, Crown Corporations, or Transit Authorities.
grant_eligibility_criteria|who_can_apply
This grant is designed to support Small and Medium Enterprises (SMEs) and their eligible partners in the development and commercialization of connected and autonomous vehicle technologies and smart mobility solutions.
- SMEs with fewer than 500 global, full-time employees based in Ontario.
- Partnerships can be formed with National and Multinational Enterprises (NEs and MNEs), academic institutions, municipalities, Indigenous communities, not-for-profit organizations, Crown Corporations, and transit authorities.
grant_eligibility_criteria|who_cannot_apply
There are certain types of companies that are not eligible for this grant.
- Companies with more than 500 global, full-time employees
grant_eligibility_criteria|eligible_expenses
The grant supports projects focused on the technological advancement and commercialization of connected and autonomous vehicles (C/AV) and smart mobility solutions. Eligible activities involve stages of development that enhance market readiness and collaborative innovation.
- Technology proof-of-concept development for connected and autonomous vehicle technologies.
- Demonstration of C/AV solutions to potential customers.
- Validation and testing of smart mobility products and services.
- Piloting innovative intelligent transportation systems and transit-supportive systems.
- Collaborative projects with researchers and private sector partners to extend R&D capabilities.
grant_single_labels|criteria
The evaluation and selection of projects for this grant are based on specific criteria to ensure alignment with the program's objectives for innovation in Ontario's connected and autonomous vehicle and smart mobility sectors.
- Potential for scalable outcomes and commercialization in Ontario's market.
- Demonstrated collaboration among applicants and partners with diverse expertise and resources.
- Alignment of projects with the program's priority areas such as mass light vehicles, heavy duty vehicles, transportation infrastructure, and intelligent transportation systems.
- Contributions to societal benefits including increased road safety, improved road condition monitoring, and reduced environmental impact.
- Readiness level of the technology, ranging from proof-of-concept to product validation, at Technology Readiness Level 3-9.
grant_single_labels|register
Here are the steps to submit an application for this grant:
- Step 1: Complete Client Intake Form
- Visit the OVIN Resource Document Page to access the intake form.
- Fill out the necessary details in the client intake form to express interest.
- Submit the completed form to initiate the process.
- Step 2: Consultation with OCI Business Development Manager
- After submitting the intake form, an OCI Business Development Manager will contact you.
- Discuss the opportunity and project's alignment with the program objectives.
- Receive guidance on preparing the full proposal.
- Step 3: Prepare Full Proposal
- Refer to the Program Guidelines, OCI Funding Agreement, and Eligible Expenditures Guide for necessary information.
- Use the Full Proposal Questionnaire to structure your proposal.
- Include necessary documentation such as the Letter of Support and Data and Information Sharing Protocol (DISP) documents.
- Step 4: Submit Full Proposal
- Submit the full proposal as instructed by the OCI Business Development Manager.
- Ensure all required documents are complete and accurate.
- Meet any specified deadlines for submission.
- Step 5: Receive Confirmation
- Receive an acknowledgment of receipt for your proposal.
- Keep the confirmation for your records and future reference.
grant_single_labels|otherInfo
Here are additional relevant details for this grant:
- Projects must be at Technology Readiness Level 3-9, focusing on more advanced stages like prototype development rather than initial research.
- The fund supports projects with up to $100,000, requiring a minimum 2:1 contribution from private sector partners or applicants.
- The program aims to commercialize and demonstrate Ontario-made technologies specifically, highlighting local technological advancements.
- Partnerships are encouraged and should present significant commercial opportunities.
- The program promotes public/private partnerships and collaboration at the intersection of research and commercial application.
- Applicants need to maintain close collaboration with partners and demonstrate scalable outcomes with potential for commercialization and a competitive advantage.
Apply to this program
Driving Innovation in Connected and Autonomous Vehicles
The R&D Partnership Fund aims to fuel advancements in connected and autonomous vehicle (C/AV) and smart mobility technologies, offering co-investments of up to $100,000 for eligible projects. This initiative seeks to accelerate the commercial viability of Ontario-made innovations by enhancing collaboration among diverse stakeholders.
In-Depth Analysis of the R&D Partnership Fund and Its Strategic Role
Within an increasingly competitive and rapidly evolving automotive landscape, the R&D Partnership Fund - C/AV and Smart Mobility - Stream 1 offers a pivotal opportunity for SMEs and other partners in Ontario to engage in meaningful technological advances. With a focus on supporting projects that are already in the stages of proof-of-concept, testing, validation, and demonstration, the fund aims to drive substantial progress in technologies that can enhance how people and goods move. Known for preferring substantive collaborations, the program highlights the importance of joint efforts between SMEs, academic researchers, municipalities, and large national or multinational enterprises. Such partnerships are primed to push boundaries in mass light vehicles, heavy-duty vehicle innovation, transportation infrastructure, and Intelligent Transportation Systems (ITS).
The strategic aims of the fund align closely with Ontario's broader goals for technological leadership and environmental stewardship. By prioritizing commercialization, the fund supports technologies that can compete on a global scale, thereby reinforcing the province's standing as a leader in automotive innovation. The emphasis on deploying and demonstrating Ontario-made technologies provides local companies with platforms to showcase their cutting-edge solutions to potential customers worldwide. This public-private initiative is not just an investment in technology but a testament to the power of cross-sector collaboration to solve some of the most pressing transit and mobility challenges faced today.
Eligible participants must meet rigorous selection criteria, demonstrating a solid business case and a credible plan for scalability and commercialization. The outlined outcomes must clearly illustrate not only technical feasibility but also significant market demand and readiness for large-scale adoption. By assessing projects on parameters such as innovation, potential societal impact, and reduction of environmental footprint, the fund ensures that winning applications represent forward-thinking and sustainable solutions.
With up to $100,000 available per project, and requiring a minimum matching contribution of 2:1 from applicants and their partners, the fund demonstrates a commitment to shared risk and reward. This ensures that businesses are equally invested in the success and sustainability of their projects, fostering a culture of accountability and innovation.
In summary, the R&D Partnership Fund represents a powerful instrument for driving Ontario's connected and autonomous vehicle sector forward. By bridging the gap between research and real-world application, the program not only accelerates technological advancements but also promises to contribute substantially to road safety, environmental goals, and economic growth. This is an opportunity for enterprises to stand at the forefront of innovation, creating smart transportation solutions that could define the automotive landscape of the future.
